Apr 4 2025
Research Center for Biomedical Technologies and Robotics
Tehran University of Medical Sciences
Latest content
- 1403/10/29 The Honorable Deputy Minister of Education of the Ministry of Health visited the Sina Surgical Robot at Sina Superspecialty Hospital
- 1403/10/29 Design of a Brain-Computer Interface (BCI) System for Enhanced Motor Rehabilitation
- 1403/10/29 Design of an Intelligent Device for Neuromuscular Functional Connectivity Detection
- 1403/10/15 Presenting a new method for screw placement in lumbar vertebrae by matching the levels of intraoperative stereo images and preoperative CT images of the spine
- 1403/10/15 Designing a Brain-Computer Interface Based on Visual Evoked Potentials for Typing Letters on a Screen
- 1403/10/15 Preoperative Cheekbone Implantation Process Design Using CT Atlas for Use in Surgical Guidance System
- 1403/10/15 Presenting a combined matching method of photoacoustic and MRI data in thin space to calculate brain tissue deformation during surgery using the IGS system
Introduction to the Laboratory
The Biomedical Signal and Equipment Laboratory (BIS Lab) operates with a team of some of the country’s most distinguished researchers and professors, focusing on the design and development of medical equipment, vital signal recording systems, biosignal processing, and modeling of biological systems. The group has successfully developed a visual stimulation system capable of applying any model of visual stimulation. It has also designed a high-precision contact blood pressure measurement system. Significant progress has been made in the field of Brain-Computer Interfaces (BCI), and the results have been published in the world’s most prestigious journals. The "Smart Device for Real-Time Neuromuscular System Function Assessment," designed and developed by the researchers of this lab in 2023, was nominated as a finalist in the international BCI Awards 2023.
The laboratory has also designed an experimental prototype for a non-invasive, continuous blood glucose level measurement device for modeling blood sugar fluctuations. Additionally, it has designed and built an integrated and portable system for measuring otoacoustic emissions (OAE) and brainstem responses to auditory stimuli (ABR). Another achievement includes designing and constructing an experimental module for processing brainstem responses to complex auditory stimuli (cABR).
Main Goals and Priorities of the Biomedical Signal and Equipment Laboratory:
Advanced processing of vital biosignals and modeling of biological systems
Processing of nonlinear and chaotic systems
Design of diagnostic assistance systems using signal processing methods and Artificial Intelligence (AI)
Analysis and processing of medical data (signals and images) using AI, machine learning, and deep learning networks
Design and construction of hardware for vital signal recording
Development of rehabilitation systems and Brain-Computer Interfaces based on visual, auditory, and motor stimuli
Modeling of cancer, therapeutic interventions, drug effects, epilepsy, and more
Smart system for assessing the functionality of the neuromuscular system
Computational neuroscience
Contact us:
02166581505 (ext. 122)
Research Center for Biomedical Technologies and Robotics
Advanced Medical Technologies and Equipment Institute
- Phone : 02166581505
- Fax : 02166581533
- Postal code : 1419733131
- email: contact-amti@tums.ac.ir
